A revolutionary sensor that discovers its environment, learns from data generated in the building and operates with no external control hardware or software. The Autonomy Sensor contains a Bluetooth radio, DALI communication interface, motion detector and daylight sensor to deliver all the energy conservation, facility management and human-centric benefits of Luminaire Level Lighting Control (LLLC).
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Breakthrough innovations allow sensors to automatically form a secure Bluetooth Mesh network and configure all motion, daylight groups. Touch Screens and Controlled Recepacles are automatically paired and grouped with sensors co-located in the same room.

The Autonomy Sensor mounts to a standard ½" knock-out of the LED luminaire and is powered by the DALI power supply of the LED driver. Ceiling mount is also available for use with compact LED lights.

Detection Technology Near Infrared (NIR)
Major and Minor Motion Complies with NEMA WD 7- 2011 

Control Mode Auto on/auto off (default), manual on/auto off (user selectable)
Occupied Level 1%- 100% (default), adjustable by 1% increments
Vacancy Level 0% (default) - 25%, adjustable by 1% increments
Occupancy Hold Time 1 min - 20 mins (default), adjustable by 1 min increments
Vacancy Transition 1-3 stages (2 default), 1-30 second wait (10 second default)
Fade Time 1-30 seconds (10 default)

Grouping Automatic (default), user configurable
Group Size Lesser of 56 sq. m (600 sq. ft) /12 luminaires (user configurable)

Coverage Area

Input Range 0 - 5000 lux (0 - 465 fc)
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Control Mechanism Closed-loop continuous  
Control Mode Dim to off (default), dim to min (user selectable)
Calibration Automatic
Setpoint Corresponds to 100% light output at night (default)

GroupingAutomatic (default), user configurable
Group Size maximum of 8 luminaires

Normal 1 blink every 30 seconds
Network Building Sequence of 1 blink with 3 second pause
Network Testing Sequence of 2 blinks with 3 second pause
Internal Error Sequence of 3 blinks with 3 second pause
Supply Over-voltage Sequence of 4 blinks with 3 second pause
Supply Under-voltage Sequence of 5 blinks with 3 second pause

Advance Xitanium SR® 40W Linear LED Driver XI040C110V054VPT
Advance Xitanium SR® 40W Gen 2 Linear LED Driver XI040C110V054VPT2
Advance Xitanium SR® 75W Linear LED Driver XI075C200V054VPT1
Advance Xitanium SR Flextune® 40W XI040C110V050VWT1
Advance Xitanium SR® Bridge SRB-BS/SRB-LD
Advance Xitanium SR® Bridge Gen 2 SRB-BS2/SRB-LD2
Osram OPTOTRONIC OTi 30W Driver with DEXAL® Technology
Osram OPTOTRONIC OTi 50W Driver with DEXAL® Technology
Osram OPTOTRONIC OTi 85W Driver with DEXAL® Technology

Bodine BSL310/BSL310LP/BSL10ST/BSL6LST (refer to manufacturer datasheet/application notes for best practices)

Temperature  0ºC - 40ºC (32ºF - 104ºF)
Humidity 0% - 90% (non-condensing)
Environment Dry indoor use only

UL cULus listed 8750, UL 2043 plenum
IEC 61347-1 Part 1, 61347-2-11 Part 2-11
FCC Class A Part 15 Subpart C
ISED RSS-247
‍Intra-Luminaire D4i and DALI 2 compliant (part 351 type D)

Input Voltage NEC: Class 2 (9.5 - 22.5 VDC)
Input Current 55 mA maximum
Wiring 2x18 AWG (supplied) connect to LED Driver

Communication Protocol 802.15.4 Bluetooth Mesh
Frequency 2.4GHz
Latency 100 mS (3 sigma)
Modulation Frequency-Shift Keying
Data Rate2Mbps (maximum)

5 year limited liability

JDRF-AS-BTM-01: Bluetooth Mesh Autonomy Sensor
JDRF-LF-01: Autonomy Sensor Luminaire Fitting
JDRF-CF-01: Autonomy Sensor Ceiling Tile Fitting